The model number TPS767D301PWP belongs to Texas Instruments (TI). It is a low-dropout regulator (LDO). The detailed explanation of pin functions, packaging, and circuit principles requires us to dive into the specifics of this part. However, I won't be able to provide a fully detailed table with 200 pins, as this part does not have that many pins. I will cover all the available pins and their functions as accurately and thoroughly as possible.
Let me first break down the pin configuration for TPS767D301PWP, which is an 8-pin package. Here's a detailed description of each pin:
Package: 8-Pin SOIC (Small Outline Integrated Circuit)
The TPS767D301PWP typically comes in a PWP package, which refers to an 8-pin SOIC (Small Outline Integrated Circuit) package. In this configuration, the following pins are used:
Pin Configuration & Functions (8 Pins Total) Pin Number Pin Name Pin Function Description and Usage Instructions 1 IN Input voltage. This is the input pin for the LDO regulator. Apply the source voltage here (2.5V to 16V). 2 GND Ground pin. Connect this pin to the system ground. 3 OUT Output voltage. This is the output pin, where the regulated voltage is provided (3.0V, 5.0V, etc.). 4 EN Enable pin. Connect to high logic level to enable the device. Ground it to disable the LDO regulator. 5 NC No connection. This pin is not connected internally; it can be left floating or connected to ground. 6 PGND Power ground. Connect this pin to the system ground. 7 VOUT Output voltage sense pin. This pin is used to sense the output voltage, ensuring accurate regulation. 8 SENSE Voltage sense input. This pin is connected to the load or the point where the output voltage is sensed for feedback.Circuit Principle and Functionality
The TPS767D301PWP is a Low Dropout Regulator (LDO), which provides a regulated output voltage with a very small difference between the input and output voltage. Its primary function is to convert a higher input voltage to a stable, lower output voltage.
The EN (Enable) pin allows the user to control the power-up and power-down of the device. When this pin is pulled high, the regulator is active, and when it is pulled low, the regulator is disabled.
The SENSE pin is used for feedback to maintain a constant output voltage by comparing the output voltage with an internal reference. The output voltage is regulated using this feedback mechanism.
The IN pin receives the unregulated input voltage, and the GND and PGND pins provide the necessary grounds for the operation of the regulator. The VOUT pin is where the regulated voltage is provided for the circuit load.
Frequently Asked Questions (FAQs)
Q1: What is the operating input voltage range of the TPS767D301PWP?
A1: The operating input voltage range of the TPS767D301PWP is from 2.5V to 16V.Q2: What is the output voltage range of the TPS767D301PWP?
A2: The output voltage is fixed at 3.0V for this specific model. Other variations may have different fixed output voltages like 5V.Q3: How do I enable the TPS767D301PWP regulator?
A3: To enable the TPS767D301PWP, apply a high logic level (typically 2V or above) to the EN pin. To disable the device, pull the EN pin low (0V).Q4: Can the TPS767D301PWP be used with higher input voltages, such as 12V?
A4: Yes, the TPS767D301PWP can handle input voltages up to 16V, so 12V is well within the input voltage range.Q5: What is the maximum output current the TPS767D301PWP can supply?
A5: The TPS767D301PWP is designed to supply up to 300mA of output current.Q6: Does the TPS767D301PWP have overcurrent protection?
A6: Yes, the TPS767D301PWP has built-in overcurrent protection to prevent damage under excessive load conditions.Q7: How should the SENSE pin be connected in the circuit?
A7: The SENSE pin should be connected to the point where the output voltage is to be regulated. It provides feedback to the regulator to ensure the correct output voltage.Q8: Can the TPS767D301PWP be used in battery-powered devices?
A8: Yes, the TPS767D301PWP is suitable for battery-powered applications due to its low dropout voltage and efficient operation.Q9: What is the typical dropout voltage of the TPS767D301PWP?
A9: The typical dropout voltage of the TPS767D301PWP is around 150mV at 100mA output current.Q10: What are the advantages of using an LDO like the TPS767D301PWP?
A10: The main advantages of using an LDO like the TPS767D301PWP are its low dropout voltage, small package size, and ability to provide a stable output with minimal heat generation.Q11: Can the TPS767D301PWP be used to regulate a 5V input to 3.3V output?
A11: Yes, the TPS767D301PWP can regulate a 5V input to 3.0V output. However, for a 3.3V output, a different part may be required, as this specific part has a 3.0V fixed output.Q12: How can I determine the stability of the TPS767D301PWP in my circuit?
A12: The stability of the TPS767D301PWP can be verified by ensuring proper input and output capacitor s are used according to the datasheet guidelines.Q13: Is the TPS767D301PWP thermally protected?
A13: Yes, the TPS767D301PWP has thermal shutdown protection to prevent damage in case the device overheats.Q14: Can the TPS767D301PWP be used for powering microcontrollers?
A14: Yes, the TPS767D301PWP is ideal for powering low-voltage devices such as microcontrollers and logic circuits due to its stable output voltage and low dropout.Q15: What kind of load regulation does the TPS767D301PWP offer?
A15: The TPS767D301PWP provides excellent load regulation, ensuring minimal deviation in output voltage even as the load current changes.Q16: Can I use the TPS767D301PWP with other types of voltage regulators?
A16: Yes, you can use the TPS767D301PWP in conjunction with other types of voltage regulators, but make sure to check for compatibility with input/output ranges and stability.Q17: How do I handle noise issues with the TPS767D301PWP?
A17: You can minimize noise by using proper bypass capacitors on the IN and OUT pins, as specified in the datasheet.Q18: Is the TPS767D301PWP available in different output voltage options?
A18: Yes, there are other versions of the TPS767 series with different fixed output voltages, such as 5V, 3.3V, etc.Q19: How do I test the functionality of the TPS767D301PWP in my design?
A19: To test, apply an input voltage within the recommended range, ensure the EN pin is high, and verify that the output voltage is stable at the desired level.Q20: What is the typical application for the TPS767D301PWP?
A20: Typical applications for the TPS767D301PWP include powering low-voltage logic circuits, sensors, and microcontrollers in battery-operated devices.This covers the pin functions, detailed explanation, and frequently asked questions (FAQ) for the TPS767D301PWP. Let me know if you need further details!
